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    • 3. 发明申请
    • COMPUTING WITH LOCAL AND REMOTE RESOURCES INCLUDING USER MODE CONTROL
    • 使用本地和远程资源进行计算,包括用户模式控制
    • US20090327962A1
    • 2009-12-31
    • US12163936
    • 2008-06-27
    • Jonathan Betts-LaCroixRichard Pocklington
    • Jonathan Betts-LaCroixRichard Pocklington
    • G06F9/46G06F3/048
    • G06F9/5011
    • A method for selectively controlling allocation of one or more computing resources for a process. The method includes providing a user option to execute a process using local or remote computing resources and then executing the process using a selected option. A more specific method includes predetermining two or more allocation options; displaying a plurality of the predetermined allocation options, wherein each option indicates a different allocation of resources between at least one resource on a local computing system and at least one resource on a remote computing system, wherein the resources; determining, by using the local computing system, a function to be performed; accepting a signal from a user-input device to select one of the plurality of options in association with performing the function; allocating the resources in accordance with the selected option; and then using the selected resource allocation to accomplish a task.
    • 一种用于选择性地控制用于进程的一个或多个计算资源的分配的方法。 该方法包括提供用户选项以使用本地或远程计算资源执行进程,然后使用所选择的选项来执行进程。 更具体的方法包括预先确定两个或更多个分配选项; 显示多个预定分配选项,其中每个选项指示本地计算系统上的至少一个资源与远程计算系统上的至少一个资源之间的资源的不同分配,其中所述资源; 通过使用本地计算系统来确定要执行的功能; 接受来自用户输入设备的信号以与执行所述功能相关联地选择所述多个选项中的一个; 根据所选择的选项分配资源; 然后使用所选择的资源分配来完成任务。
    • 4. 发明申请
    • COMPUTING WITH LOCAL AND REMOTE RESOURCES USING AUTOMATED OPTIMIZATION
    • 使用自动优化计算本地和远程资源
    • US20090327495A1
    • 2009-12-31
    • US12163942
    • 2008-06-27
    • Jonathan Betts-LaCroixRichard Pocklington
    • Jonathan Betts-LaCroixRichard Pocklington
    • G06F15/173
    • H04L67/10
    • A method for automatically selecting resources to be used by a given computing process. The method includes determining resources that will be required for execution of the process and then ascertaining availability at and capabilities of local and remote resources at a desired processing time. An appropriate combination of resources is then selected from local and remote resources that will satisfy one or more predetermined criteria. A second method represents a method for allocating local and/or remote computing resources. Local computing resources include local processing power and local storage. Remote computing resources include remote processing power and remote storage. The method includes receiving an indication of a function to be performed at a future time; then determining a local resource limitation of performing the function at the future time; and then automatically allocating one or more of the remote computing resources for performance of the function.
    • 一种用于自动选择要由给定计算过程使用的资源的方法。 该方法包括确定执行该过程所需的资源,然后在期望的处理时间确定本地和远程资源的可用性和能力。 然后从将满足一个或多个预定标准的本地和远程资源中选择适当的资源组合。 第二种方法代表用于分配本地和/或远程计算资源的方法。 本地计算资源包括本地处理能力和本地存储。 远程计算资源包括远程处理能力和远程存储。 该方法包括接收将来在将要执行的功能的指示; 然后确定未来时间执行该功能的本地资源限制; 然后自动分配一个或多个用于执行该功能的远程计算资源。
    • 5. 发明授权
    • Service processor for controlling a user interface
    • 用于控制用户界面的服务处理器
    • US08405603B2
    • 2013-03-26
    • US11580235
    • 2006-10-12
    • Robert KelleyRichard PocklingtonJonathan Betts-LaCroix
    • Robert KelleyRichard PocklingtonJonathan Betts-LaCroix
    • G09G5/00
    • G06F1/3203G06F1/3218G06F1/3265G06F1/3293Y02D10/122Y02D10/153
    • A computing device that includes a host processor and a service processor is provided. The host processor is configured to interact with a first user interface. For example, the host processor may be a microprocessor for the device and the first user interface may be a display device. A service processor is provided and can interact with a second user interface. In some cases, the service processor may interact with the second user interface without communicating with the host processor. Accordingly, the service processor can perform functions without relying on the host processor. Using the service processor conserves processing power and also may allow the reduction in size of the device as the service processor may perform the functions previously performed by discrete hardware and the host processor.
    • 提供了包括主处理器和服务处理器的计算设备。 主处理器被配置为与第一用户界面交互。 例如,主处理器可以是用于设备的微处理器,并且第一用户界面可以是显示设备。 提供服务处理器并且可以与第二用户界面交互。 在一些情况下,服务处理器可以与第二用户界面交互,而不与主机处理器通信。 因此,服务处理器可以执行功能而不依赖主机处理器。 使用服务处理器节省处理能力,并且还可以允许在服务处理器可以执行先前由分立硬件和主处理器执行的功能的情况下减小设备的尺寸。
    • 6. 发明授权
    • Computing with local and remote resources including user mode control
    • 使用本地和远程资源进行计算,包括用户模式控制
    • US08352868B2
    • 2013-01-08
    • US12163936
    • 2008-06-27
    • Jonathan Betts-LaCroixRichard Pocklington
    • Jonathan Betts-LaCroixRichard Pocklington
    • G06F3/00G06F3/048
    • G06F9/5011
    • A method for selectively controlling allocation of one or more computing resources for a process. The method includes providing a user option to execute a process using local or remote computing resources and then executing the process using a selected option. A more specific method includes predetermining two or more allocation options; displaying a plurality of the predetermined allocation options, wherein each option indicates a different allocation of resources between at least one resource on a local computing system and at least one resource on a remote computing system, wherein the resources; determining, by using the local computing system, a function to be performed; accepting a signal from a user-input device to select one of the plurality of options in association with performing the function; allocating the resources in accordance with the selected option; and then using the selected resource allocation to accomplish a task.
    • 一种用于选择性地控制用于进程的一个或多个计算资源的分配的方法。 该方法包括提供用户选项以使用本地或远程计算资源执行进程,然后使用所选择的选项来执行进程。 更具体的方法包括预先确定两个或更多个分配选项; 显示多个预定分配选项,其中每个选项指示本地计算系统上的至少一个资源与远程计算系统上的至少一个资源之间的资源的不同分配,其中所述资源; 通过使用本地计算系统来确定要执行的功能; 接受来自用户输入设备的信号以与执行所述功能相关联地选择所述多个选项中的一个; 根据所选择的选项分配资源; 然后使用所选择的资源分配来完成任务。
    • 7. 发明申请
    • Service processor for controlling a user interface
    • 用于控制用户界面的服务处理器
    • US20070124509A1
    • 2007-05-31
    • US11580235
    • 2006-10-12
    • Robert KelleyRichard PocklingtonJonathan Betts-LaCroix
    • Robert KelleyRichard PocklingtonJonathan Betts-LaCroix
    • G06F3/00
    • G06F1/3203G06F1/3218G06F1/3265G06F1/3293Y02D10/122Y02D10/153
    • A computing device that includes a host processor and a service processor is provided. The host processor is configured to interact with a first user interface. For example, the host processor may be a microprocessor for the device and the first user interface may be a display device. A service processor is provided and can interact with a second user interface. In some cases, the service processor may interact with the second user interface without communicating with the host processor. Accordingly, the service processor can perform functions without relying on the host processor. Using the service processor conserves processing power and also may allow the reduction in size of the device as the service processor may perform the functions previously performed by discrete hardware and the host processor.
    • 提供了包括主处理器和服务处理器的计算设备。 主处理器被配置为与第一用户界面交互。 例如,主处理器可以是用于设备的微处理器,并且第一用户界面可以是显示设备。 提供服务处理器并且可以与第二用户界面交互。 在一些情况下,服务处理器可以与第二用户界面交互,而不与主机处理器通信。 因此,服务处理器可以执行功能而不依赖主机处理器。 使用服务处理器节省处理能力,还可以允许设备的尺寸减小,因为服务处理器可以执行先前由分立硬件和主处理器执行的功能。